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Hybrid Solar Air Conditioner AC DC Solar Powered Air Conditioner
No | Item | Data |
1 | Cooling capacity | 3500(1000-3700)w |
2 | Heating capacity | 4100(1000-4500)w |
3 | Rated Input power (cooling) | 920(260-1320)w |
4 | Rated Input power (heating) | 1000(250-1500)w |
5 | Air Volume | 600 m³ |
6 | Noise Level (Indoor Unit) | ≤42dB(A) |
7 | Noise Level (outdoor Unit) | ≤52dB(A) |
8 | Waterproof Protection | IPX0 |
DC Powered Indoor unit
One reason that a Solar Inverter Air Conditioner makes the best use
of solar power is because there is no loss associated with
converting DC power from solar panels into AC power to run a
standard air conditioner.
100% DC Powered Outdoor unit
Using standard solar panels which produce native DC power, the 48V
DC Solar Inverter Air Conditioner avoid the inefficient addition of
an "inverter" that converts solar DC current into AC current.
DC Brushless fan motor
We use 48V DC brushless fan motors for both indoor and outdoor
units. DC brushless fan motors can greatly reduce energy
consumption, and run with super low noise. Plus, the use of a
brushless permanent magnet motor driver provides a variable
frequency drive that allows the system to dynamically adjust its
capacity based on conditions.
Solar Panel
We suggest you to connect 4pcs 340W solar panels to drive each
solar air conditioner. Both mono-crystalline and ploy-crystalline
solar panels can be accepted.
MPPT Solar Charge Controller
A Solar charge controller protects the whole system and provides
stable power supply.
Battery
Batteries are the energy bank to reserve energy. We recommend you
use 4 x 12V deep cycle gel solar batteries Depending on the system
selected and the hours of battery operation you require, you can
select the AH of your batteries.